Impact of microscopic NAPL-water interface configurations on subsequent gas injection into water-wet permeable rocks

Keyphrases

• Angle Coefficient 33%
• Bentheimer Sandstone 33%
• Capillary Pressure 33%
• Cluster-based 33%
• Concurrent Flow 33%
• Contact Angle 33%
• Direct Measurement 33%
• Displacement Mechanism 66%
• Double Displacement 33%
• Fluid Displacement 33%
• Fluid Saturation 33%
• Gas Injection 100%
• Immiscible Fluids 33%
• Interface Configuration 100%
• Invasion-percolation Algorithm 33%
• Macroscopic Flow 33%
• NAPL-water Interface 100%
• Permeable Rock 100%
• Physically-based 33%
• Piston Type 33%
• Pore Connectivity 33%
• Pore Level 33%
• Pore Morphology 33%
• Pore Network Model 33%
• Pore-scale Modeling 33%
• Prediction Accuracy 33%
• Quasi-static 33%
• Realistic Representation 33%
• Relative Permeability 33%
• Saturation History 33%
• Scale Model 33%
• Sound Representation 33%
• Spreading Coefficient 33%
• Three-fluid 33%
• Two-capillary 33%
• Water Wetting 100%
• Wetting Properties 33%
• X-ray CT Images 33%
• X-ray Focusing 33%

Engineering

• Accurate Prediction 33%
• Cooperative 33%
• Fluid Displacement 33%
• Fluid Saturation 33%
• Gas Injection 100%
• Inhibition 33%
• Network Model 33%
• Relative Permeability 33%
• Scale Model 66%
• Spreading Coefficient 33%

Material Science

• Contact Angle 100%
• Percolation 100%